Sentence examples for corresponding jet from inspiring English sources

In fact, the pressure fluctuations at the tip of the downstream impingement edge can have amplitudes approximately double those of the corresponding jet from a symmetrical nozzle.

The radiative power emitted by the corresponding jet flames was also measured for a range of release scenarios from 37 K to 295 K, 2 6 barabs through nozzles with diameters from 0.75 to 1.25 mm.

The n th prolongation of the original vector filed is the vector field: p r n V = V + ∑ a = 1 q ∑ J η a J x, u n ∂ ∂ u J a. defined on the corresponding jet space M (n)⊂ X × U (n).

This may be related to the fact that in this model the fast magneto-sonic speed is higher and the corresponding jet Mach number is lower, at the inlet (Msimeq3) compared to (Msimeq10) in model A. The lower Mach number is also responsible for the observed lower wavelength of the jet oscillations as it takes less time for the waves to traverse the jet.

This Reynolds number is considerably smaller than the corresponding nonreacting jet value of 150.

This follows from the fact that the impact pressure on a target generated by a slug of water is considerably higher than the stagnation pressure of a corresponding continuous jet.

Penetration depths into the comminuted borosilicate and the corresponding fragment jet diameters are measured between 168 and 1038 m/s impact velocities with high-speed photography and a witness plate.

At the flow rates studied, which lie at the lower end of the range employed in industrial static spray ball systems (corresponding to jet mean velocities of 0.8 3.3 m s−1), an important series of phenomena are observed.

The model is compared with published data for velocity profiles in the thin film, the transition to turbulence, and new experimental data where the average velocity in the thin film was estimated from the initial growth of the radial flow pattern for flow rates of 1.95 4.01 dm3 s−1, corresponding to jet Reynolds numbers of 15,500 32,000.

In a systematic experimental study the heat transfer under three different periodically unsteady jets is compared to that of the corresponding steady inline jet.

A series of experiments are conducted in which specially designed periodic air jets are applied to a heated surface for the purpose of enhancing heat transfer relative to the corresponding steady air jet.